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Fermi Surfaces of Acceptor Intercalated Compounds: Evidence from AsF5-Graphite.

机译：受体插层化合物的费米表面：来自asF5-石墨的证据。

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作者
Markiewicz, R. S.; Lopatin, C.; Zahopoulos, C.;
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年度 1983
页码 1-7
总页数 7
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Graphite; Fermi surfaces; Charge transfer; Arsenic compounds; Fluorides; Electron acceptors; Charge carriers; Oscillation; Reprints; Clathrate compounds; Arsenic fluorides; Magnetooscillation;

机译：石墨;费米面;电荷转移;砷化合物;氟化物;电子受体;电荷载体;振荡;重印;包合物;氟化砷;磁共振;

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专利

1. Fermi surface and interlayer transport in high-stage MoCl_5 graphite intercalation compounds [J] . Kengo Enomoto, Shinya Uji, Takahide Yamaguchi, Physical review. B, Condensed Matter And Materials Physics . 2006,第4期

机译：高端MoCl_5石墨插层化合物中的费米表面和层间传输。
2. FERMI SURFACE FORMED BY ZONE FOLDING IN THE STAGE-2 INCL3 GRAPHITE INTERCALATION COMPOUND [J] . Datars WR., Chien TR., Ummat PK., Physical Review, B. Condensed Matter . 1996,第3期

机译：在阶段2 INCL3石墨嵌入化合物中通过带状折弯形成的费米表面
3. Air stability and surface passivation of acceptor-type graphite intercalation compounds [J] . Zhang X., Gotoh H., Kawaguchi M., Carbon: An International Journal Sponsored by the American Carbon Society . 2000,第13期

机译：受体型石墨插层化合物的空气稳定性和表面钝化
4. Ab initio calculation of stability for acceptor-intercalated graphite compounds [C] . International conference on carbon . 2003

机译：AB Initio对受体嵌入石墨化合物的稳定性计算
5. Development of imide- and imidazole-containing electron acceptors for use in donor-acceptor conjugated compounds and polymers. [D] . Li, Duo. 2013

机译：开发用于供体-受体共轭化合物和聚合物的含酰亚胺和咪唑的电子受体。
6. Evidence from Fermi surface analysis for the low-temperature structure of lithium [O] . Sabri F. Elatresh, Weizhao Cai, N. W. Ashcroft, 2017

机译：费米表面分析的锂低温结构证据
7. FERMI SURFACE, TRANSPORT AND SUPERCONDUCTING PROPERTIES OF GRAPHITE INTERCALATION COMPOUNDS [O] . Tanuma, S., Higuchi, K., Suematsu, H., 1978

机译：石墨插层化合物的费米表面，传输和超导性能
8. Fermi Surfaces of Acceptor Intercalated Compounds: Evidence from AsF5-Graphite [R] . Markiewicz, R. S., Lopatin, C., Zahopoulos, C. 1983

机译：受体插层化合物的费米表面：来自asF5-石墨的证据

Fermi Surfaces of Acceptor Intercalated Compounds: Evidence from AsF5-Graphite.

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